Sentence examples for substantially more memory from inspiring English sources

A 64-bit chip can address substantially more memory than a conventional 32-bit chip, allowing it to handle more complex computing tasks faster.

There is, however, a price to pay for to this: Chrome does use substantially more memory than IE to provide this functionality, and it could be a problem for users with older hardware.

To perform maximum likelihood calculations efficiently would require hardware configured with substantially more memory per processor than the configuration cited in this paper.

Although it requires substantially more storage, the tradeoff still favors PSPF because memory is inexpensive while additional computational load can, in general, lead to quicker battery drain and even the need of a more powerful processor.

Third, the notion that midazolam impairs explicit memory substantially more than implicit memory, while well supported by psychological data, is actually not a critical assumption of our logic, which depends more specifically on striatal-dependent implicit associative learning rather than on implicit learning in general.

The above studies show that reactivated memory T cells divide substantially more than resting memory T cells after transfer into the tumor-bearing host in both the tumor as well as in the secondary lymphoid organs.

"The new handsets will have substantially more Ram [random access memory] than a typical high-end phone," he told the BBC.

Logical memory was substantially more impaired than the other measures for both patients and relatives.

IL-7 effects were substantially more pronounced on naive than on memory CD8 T-cell subsets, reaching statistical significance in both subsets on days 28 and 77 (P < .05) (week 12).

Although this shows that spatial memories can be decoded, substantially more challenging, and arguably only possible to investigate in humans [ 4], is whether it is feasible to predict which complex everyday experience, or episodic memory, a person is recalling.

This approach is faster and substantially more accurate, and it runs on dramatically smaller memories than other FFT and k-space methods.